From Evidence to Decision Support in Cancer Screening; Application of Miscan Models
2000-06-28
Doctoral Thesis
| Related Files |
|---|
|
(Boer_thesis.pdf, 0.9MB) |
|
(04.pdf, 0.2MB) |
|
(05.pdf, 0.2MB) |
|
(02.pdf, 0.1MB) |
|
(08.pdf, 0.1MB) |
|
(12.pdf, 0.1MB) |
|
(03.pdf, 0.1MB) |
|
(10.pdf, 0.1MB) |
|
(07.pdf, 0.1MB) |
|
(22.pdf, 0.1MB) |
|
(06.pdf, 0.1MB) |
|
(09.pdf, 0.1MB) |
|
(13.pdf, 0.1MB) |
|
(01.pdf, 0.0MB) |
|
(21.pdf, 0.0MB) |
|
(11.pdf, 0.0MB) |
|
(20.pdf, 0.0MB) |
|
(001.pdf, 0.0MB) |
|
(003.pdf, 0.0MB) |
|
(32.pdf, 0.0MB) |
|
(00.pdf, 0.0MB) |
Making decisions to introduce or change cancer screening that are based on observed evidence is not straight forward. Even if there is evidence available from randomised controlled trials that clearly proves a reduction in mortality from the cancer in question, there are still several issues to be resolved before an evidence based decision can be made on the introduction or change of a screening programme. One of the factors is cost effectiveness.
Supervisor
(promotor):
The
author
wishes to thank:
Maas, Prof. Dr. P.J. van der (promotor)
Ministerie van Volksgezondheid
Keywords
Automatically Extracted Terms
- vfuhhqlqj
- fdqfhu
- euhdvw
- vxuylydo
- zrphq
- prgho
- zklfk
- pruwdolw
- fdvhv
- hiihfwv
- ghdwk
- wuldov
- surjudpph
- iluvw
- ehwzhhq
- srsxodwlrq
- glvhdvh
- fdqfhuv
- glvwulexwlrq
- wuldo